A time keeping marking device is shown and described. The time keeping marking device includes a housing having an interior volume. A first end of the housing has a stamping device affixed thereto. The stamping device is fluidly connected to a reservoir. The reservoir houses a time dissipating ink. The ink is made from at least a coloring agent, a bonding agent, and a chemical compound that allows the ink to dissipate over time. A second end of the housing has an aperture therethrough, wherein the aperture accepts an attachment device.

The technology is relates to a stamp with a pivotable stamping insert. The stamp includes a top part with a pair of side faces; a bottom part; a receiving device for an exchangeable ink cartridge with pad having grip elements and a stamping insert with a text plate positioned in the bottom part. The stamping insert is configured to move in a vertical direction from a resting position into a stamping position for producing a stamp impression by the text plate by means of a reversing mechanism. The reversing mechanism includes a reversing opening on a rear side of the top part for the stamping insert, and on each side face of the pair of side faces there is one grip opening for reaching through to the bottom part to the grip elements of the exchangeable ink cartridge with pad.

A method for transposing multi-event sports meet information on skin comprises the steps of using a rotating type stamping device mechanism where multiple selections can be made to refine event specifics. These specifics which may include event number, heat number, lane number, stroke, and distance information are then stamped onto an athlete's skin with the device. Multiple lines can be stamped covering an array of events. Stamping creates a clear image and requires no writing by hand on the skin to populate the event information.

In some embodiments, a system includes a stamp, a band gear, a bridge, a driver, and a drive unit, in particular an ABU, preferably for a band gear in an impression unit for a stamp (1). The system includes at least an adjustment wheel with a driver, and a so-called bridge. A band is fastened over the driver and around the bridge. When the adjustment wheel is actuated, the band is adjusted via the driver. The driver of the band gear is formed from at least two different materials, in particular a 2C injection-moulded component. The outer component butting against the band or conveyor band, respectively, has a low thickness preferably of less than 1.5 mm, in particular 0.4 to 0.8 mm.

In some embodiments, a system includes a stamp, a band gear, a bridge, a driver, and a drive unit, in particular an ABU, preferably for a band gear in an impression unit for a stamp (1). The system includes at least an adjustment wheel with a driver, and a so-called bridge. A band is fastened over the driver and around the bridge. When the adjustment wheel is actuated, the band is adjusted via the driver. The driver of the band gear is formed from at least two different materials, in particular a 2C injection-moulded component. The outer component butting against the band or conveyor band, respectively, has a low thickness preferably of less than 1.5 mm, in particular 0.4 to 0.8 mm.

A present disclosure relates to a stamp for applying to a surface. The stamp includes a stamp type unit. The stamp type unit includes a die bracket, a first elastic element, a second elastic element, and a bearing bracket. The bearing bracket includes a type band and operatively associated with the first elastic element, the second elastic element and the die bracket. The first elastic element and the second elastic element are disposed between the die bracket and the bearing bracket in a manner that the type band is level with respect to the surface.

A present disclosure relates to a stamp for applying to a surface. The stamp includes a stamp type unit. The stamp type unit includes a die bracket, a first elastic element, a second elastic element, and a bearing bracket. The bearing bracket includes a type band and operatively associated with the first elastic element, the second elastic element and the die bracket. The first elastic element and the second elastic element are disposed between the die bracket and the bearing bracket in a manner that the type band is level with respect to the surface.

A wheel part includes: a body having an axis; an annular outer surface through which the axis extends centrally and defining a socket; a stamp mounted in the socket for movement between an extended position wherein the stamp projects radially beyond the surface and a retracted position wherein the stamp terminates radially inwardly beneath the surface; and a bias mechanism adapted to bias the stamp for movement to the extended position. A manually grippable handpiece is adapted to releasably receive the body for rotatable movement about the axis and is adapted such that at least a portion of the surface projects beyond the housing. An inker is mounted to the handpiece in spaced relation to the surface such that, on rotation of the wheel, the stamp engages the inker and receives ink therefrom, whereby, when the body is roiled along a workpiece, the workpiece is demarcated at uniform intervals.

A wheel part includes: a body having an axis; an annular outer surface through which the axis extends centrally and defining a socket; a stamp mounted in the socket for movement between an extended position wherein the stamp projects radially beyond the surface and a retracted position wherein the stamp terminates radially inwardly beneath the surface; and a bias mechanism adapted to bias the stamp for movement to the extended position. A manually grippable handpiece is adapted to releasably receive the body for rotatable movement about the axis and is adapted such that at least a portion of the surface projects beyond the housing. An inker is mounted to the handpiece in spaced relation to the surface such that, on rotation of the wheel, the stamp engages the inker and receives ink therefrom, whereby, when the body is roiled along a workpiece, the workpiece is demarcated at uniform intervals.

A covering assembly is disposed on an inked printing assembly of a stamp. The covering assembly has a top cover and a bottom cover. The top cover is detachably disposed above the inked printing assembly. The bottom cover is detachably disposed below the inked printing assembly, is located below the top cover at a spaced interval, and has a bottom wall. The covering assembly can assist in assembling the inked printing assembly. The disposition of the top cover and the bottom cover can transfer pointed force into planar force for increasing a contact area, the forcing uniformity, and the assembly convenience.